In the last few years plasmid-based transgenic mice which can be used for genotoxicitytesting have been devised, though no such models have yet been produced for the evaluation of toxic, non-genotoxic chemical compounds. We present here a novel approach to this problem based on transgenic mice.We engineered a mouse lineage with the human growth hormone(hGH) gene under the control of the human hsp-70 promoter, in which a plasma-detectable hGH response can be elicited by exposure to heat shock.JRC.(EI)-Environment Institut
There is an urgent need to discover less toxic and more selective drugs to treat disease. The use of...
Protecting the public against potential cancer causing agents and discovering therapeutic interventi...
The strategy for assessing human health risks of chemicals consists of a large number of tests in di...
Transgenic mice for genotoxicity testing have been developed, although no such models have been prod...
Abstract Background Primary hepatocytes, one of the most widely used cell types for toxicological st...
Understanding molecular mechanisms of chemical toxicity and the potential risks of drugs to man is a...
Transgenic reporter mice can contribute in the development of less toxic and more selective drugs to...
It is well established that mutagens induce recombination in cultured cells and experimental organis...
Assessment of the carcinogenic potential of chemical agents continues to rely primarily upon the chr...
Genetically engineered mice with a specific deletion of targeted genes provide a novel and useful to...
The minigene encoding human growth hormone (hGH) has been incorporated into over 300 transgenic mous...
This review highlights the use of transgenic mice and gene targeting in the study of reproduction, p...
The correct prediction of human risk after exposure to chemical and physical compounds has been a ma...
Numerous in vitro studies have been performed to address the potential genotoxicity of chemicals and...
The synthetic growth hormone secretagogues (GHS) exert their growth hormone (GH) releasing effects b...
There is an urgent need to discover less toxic and more selective drugs to treat disease. The use of...
Protecting the public against potential cancer causing agents and discovering therapeutic interventi...
The strategy for assessing human health risks of chemicals consists of a large number of tests in di...
Transgenic mice for genotoxicity testing have been developed, although no such models have been prod...
Abstract Background Primary hepatocytes, one of the most widely used cell types for toxicological st...
Understanding molecular mechanisms of chemical toxicity and the potential risks of drugs to man is a...
Transgenic reporter mice can contribute in the development of less toxic and more selective drugs to...
It is well established that mutagens induce recombination in cultured cells and experimental organis...
Assessment of the carcinogenic potential of chemical agents continues to rely primarily upon the chr...
Genetically engineered mice with a specific deletion of targeted genes provide a novel and useful to...
The minigene encoding human growth hormone (hGH) has been incorporated into over 300 transgenic mous...
This review highlights the use of transgenic mice and gene targeting in the study of reproduction, p...
The correct prediction of human risk after exposure to chemical and physical compounds has been a ma...
Numerous in vitro studies have been performed to address the potential genotoxicity of chemicals and...
The synthetic growth hormone secretagogues (GHS) exert their growth hormone (GH) releasing effects b...
There is an urgent need to discover less toxic and more selective drugs to treat disease. The use of...
Protecting the public against potential cancer causing agents and discovering therapeutic interventi...
The strategy for assessing human health risks of chemicals consists of a large number of tests in di...